A wooden object floats in water kept in as beaker. The object is near a side of the beaker figure. Let `P_1,P_2,P_3` be the pressure at the three points A,B and C of the bottom as shown in the figure.

Compare the pressure at the point P in the three tubes shown in the figure .

Compare the pressure at the point P in the three tubes shown in the figure .

An object of uniform density is allowed to float in water kept in a beaker. The object has triangular cross-section as shown in the figure. If the water pressure measured at the three points A, B and C below the object are P_(A), P_(B) " and " P_(C ) respectively. Then

An object of uniform density is allowed to float in water kept in a beaker. The object has triangular cross-section as shown in the figure. If the water pressure measured at the three points A, B and C below the object are P_(A), P_(B) " and " P_(C ) respectively. Then

A wooden block is floating on water kept in a beaker. 40% of the block is above the water surface. Now the beaker is kept inside a lift that starts going upward with acceleration equal to g//2 . The block will then

A wooden block is floating on water kept in a beaker. 40% of the block is above the water surface. Now the beaker is kept inside a lift that starts going upward with acceleration equal to g//2 . The block will then

A wooden block is floating on water kept in a beaker. 40% of the block is above the water surface. Now the beaker is kept inside a lift that starts going upward with acceleration equal to g/2. The block will then

A wooden block is floating on water kept in a beaker. 40% of the block is above the water surface. Now the beaker is kept inside a lift that starts going upward with acceleration equal to g/2. The block will then